Class GaitCycleLayerSO

Stateless procedural layer that drives a walking gait cycle: reads a normalized, wrapping phase state key and writes per-bone leg/arm/hip rotation offsets (plus a hip vertical bob) via the pure GaitCycleSolver.

Mechanism: every bone offset is a deterministic function of the current phase — there is no per-instance runtime state on this asset (it is shared across every enemy instance), so the only "memory" of where an enemy is in its stride lives in the phase state key itself, written by the controller (EnemyBehaviorController's distance accumulator).

Common applications: humanoid walk/run cycles driven by real traversed distance rather than elapsed time, so stride speed always matches locomotion speed.

Inheritance
object
ProceduralLayerSO
GaitCycleLayerSO
Implements
Inherited Members
Namespace: Serenity.ProceduralAnimator.Infrastructure.ProceduralLayers
Assembly: Serenity.UnityProceduralAnimator.Infrastructure.dll
Syntax
public class GaitCycleLayerSO : ProceduralLayerSO, IProceduralLayer<UnityProceduralContext>, IFoundationSettings

Constructors

GaitCycleLayerSO()

Declaration
public GaitCycleLayerSO()

Properties

DrivenChannels

Writes only Pose — the only Evaluate overload this layer overrides.

Declaration
public override ProceduralChannels DrivenChannels { get; }
Property Value
Type Description
ProceduralChannels
Overrides

Methods

Evaluate(in UnityProceduralContext, float, ref PoseDelta)

Evaluates this layer and adds its contribution to the pose delta. Called every frame for all active layers.

Declaration
public override void Evaluate(in UnityProceduralContext ctx, float weight, ref PoseDelta pose)
Parameters
Type Name Description
UnityProceduralContext ctx

The procedural context containing state and time information.
float weight

The weight of this layer (0-1). Used for blending.
PoseDelta pose

The pose delta to add contributions to.
Overrides

Implements